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 | | Discrete Structures, Logic, and Computability, Second Edition (Jones & Bartlett Computer Science) by James L. Hein ISBN-10: 0763718432 ISBN-10: 0-7637-1843-2 ISBN-13: 9780763718435 ISBN-13: 978-0-7637-1843-5 Hardcover 2002-05-25 Jones and Bartlett Publishers, Inc. Find Lowest Price |
Editorials | ||
Product Description This book introduces the beginning computer science student to some of the fundamental ideas and techniques used by computer scientists today, focusing on discrete structures, logic, and computability. | ||
Reviews | ||
Deep, but overly dense This book provides excellent coverage of logic and computability (I haven't really looked at the "Discrete Structures" component yet), but is often unnecessarily verbose in its explanations. It would work well in conjunction with a well-taught class, but not necessarily as good on its own. | ||
Second Review of Dr. Hein's Book Now, since I took two terms of classes that used Dr. Hein's book, I had internal urges to write emails to Dr. Hein and praise him for his book and his lab manual (but I never did wrote to him, though). Instead, I decided to write to a broader audience, here at Amazon. I found the book ABSOLUTELY NECESSARY, a Holistic Bible of Computer Logic so to speak, for every CS student. I have read and re-read the book and still reading it today, during the Summer Break. I scanned the whole book with a flatbed scanner because I needed to look things up often even as I studied other courses at Portland State University. I also highly recommend Dr. Hein's Prolog Lab Manual which guides you through the experiments designed to help understanding the Book's material. Marvelous Lab Manual, Dr. Hein! It is my opinion that Doctor Hein has a profound vision of where Computer Science is going and that's why he designed his Book and his lab manual this way. The Book and Lab Manual helped me tremendously to understand recursion and logic. PS: I never write reviews of books, but this particular book have always prompted urges to praise it. | ||
Excellent book! This is an excellent book! Easy to read and understand. I am an "A" student, at Portland State University and I think that people who wrote bad reviewes of this book did not read the book (just like they might read every 50th page of any other book). Bill Gates once said that every person is born to be able to understand only up to a certain level of abstraction. Just like some of us are born to be able to lift 500 lbs. and some only 50 lbs. In addition, a person has to have some background to be able to understand more advanced topics. The book is most excellent. | ||
This book is not very good. This book makes a better door stop, than a academic text book. Having taken the classes at PSU I know this book front to back. The dosent really explain the subjects well, the book as a whole lacks focus. The first half of the book is horribly written, and abismal when actually compated to a discrete mathmatics, and/or group theory book. So much so there is a bit of a running joke about it in the math department. I would recomend to any CS student to avoid the text book and study from a regular math book instead. | ||
A Good Text I've taught from this text for 8 years. The excellent students have no problem with it. The average students complain that it is hard to understand. I don't think any text covering these topics could be easier to understand, actually. There are plenty of examples in the text. However, the exercises tend to be significantly more complex than the examples. The answers to many exercises are in the back of the book, which is a great help to students. | ||